Patch Panel S/CONN 75076

The ShiverPeaks Patch Panel S/CONN 75076 is a compact network distribution panel designed for structured cabling installations using Cat6a cabling. It provides multiple RJ-45 connection points in a slim, rack-compatible housing measuring 212 mm wide, 45 mm high and 130 mm deep. Finished in black, the panel is intended to simplify cable termination and organization while maintaining signal integrity for high-speed Ethernet applications.

Advantages

The patch panel supports Cat6a performance levels and uses RJ-45 ports to offer reliable physical connectivity for copper Ethernet networks. Its compact footprint and standard height make it suitable for installation in space-constrained racks or wall-mounted enclosures. The black finish provides a neutral appearance that integrates with common data room environments, and the robust construction helps maintain consistent connections and cable management.

Suitable for

• Office and small data-cabinet network patching
• Cat6a cabling installations requiring RJ-45 terminations
• Network closets and telecom rooms with limited rack depth
• Structured cabling projects where space efficiency is important

Key specifications

• Connector type: RJ-45 ports for Ethernet connections
• Supported cable category: Cat6a
• Width: 212 mm
• Height: 45 mm
• Depth: 130 mm
• Color: Black

How to use

Mount the patch panel in the chosen rack or enclosure using appropriate fasteners for the 45 mm height. Terminate Cat6a cables on the rear side according to the T568A or T568B wiring standard, ensuring correct pair alignment and proper pair untwisting limits. Plug patch cords into the front RJ-45 ports to connect network devices or switches. Label ports as needed to maintain clear identification and simplify future changes to the network layout.

Usage recommendations

For optimal performance, maintain cable bend radii and avoid excessive untwisting during termination. Use quality Cat6a patch cords and verify connections with a cable tester after installation to confirm continuity and performance characteristics.